CN112796018A - Novel antibacterial skin-beautifying anti-allergy fabric and processing method thereof - Google Patents

Abstract

The invention discloses a novel antibacterial skin-beautifying anti-allergy fabric and a processing method thereof, and the novel antibacterial skin-beautifying anti-allergy fabric is characterized in that: the fabric is made of grey cloth, and yarns of the grey cloth comprise synthetic yarns synthesized by 20-40% by weight of lavender fiber yarns and 60-80% by weight of lanjing modal fiber yarns. The fabric is woven by synthetic yarns, yarns of gray fabric are synthesized by lavender fiber yarns, blue essence modal fiber yarns and spandex fiber yarns, and the fabric is natural and harmless, can inhibit pathogenic bacteria and eliminate inflammation, and is smooth in touch and smooth in surface; the product is comfortable to wear, moisture-absorbing, breathable, skin-friendly and anti-allergic, and has antibacterial and skin-beautifying effects; good drapability, difficult pilling deformation and suitability for high-grade clothes, particularly close-fitting clothes, such as underwear.

Description

Novel antibacterial skin-beautifying anti-allergy fabric and processing method thereof

Technical Field

The invention relates to a garment fabric, in particular to a novel antibacterial skin-beautifying anti-allergy fabric and a processing method thereof.

Background

With the continuous improvement of living standard of people, the requirements on clothes are not limited to warm keeping, firmness and durability, but new requirements on comfort, aesthetic property, functionality and the like are provided.

The traditional cotton and linen fabric is easy to fluff and ball in use, and the phenomenon not only causes the appearance and the hand feeling of the fabric to be poor, but also causes the fabric to be worn, reduces the performance of the fabric and is easy to deform. With the development of chemical industry, chemical fiber fabrics appear on the market, have good stability, do not fluff and pilling, and can keep good impression for a long time, but the air permeability of the fabrics is usually poor, the fabrics are very easy to sweat when being worn by the chemical fiber fabrics, and water vapor is not easy to discharge, so that the skin is in a humid environment for a long time, and bacteria are easy to breed and allergy occurs.

Disclosure of Invention

Aiming at the defects in the prior art, the invention aims to provide the fabric with the functions of resisting bacteria, beautifying skin and preventing allergy.

In order to achieve the purpose, the invention provides the following technical scheme:

the novel antibacterial, skin-beautifying and allergy-preventing fabric is made of grey cloth, and yarns of the grey cloth comprise synthetic yarns synthesized by 20-40% by weight of lavender fiber yarns and 60-80% by weight of lanjing modal fiber yarns.

As a preferable scheme: the synthetic yarn is synthesized by 30% by weight of lavender fiber yarn and 70% by weight of lanjing modal fiber yarn.

As a preferable scheme: the yarn of the grey cloth also comprises spandex fiber yarn, and the yarn of the grey cloth is synthesized by 85-95% of synthetic yarn and 5-15% of spandex fiber yarn in parts by weight.

As a preferable scheme: the grey cloth is woven by warp yarns, weft yarns and connecting yarns, the warp yarns and the weft yarns are interwoven with each other, the connecting yarns are inserted between every two adjacent weft yarns along the length direction of the weft yarns, and the connecting yarns vertically and circularly penetrate through an interweaving point of one weft yarn and one warp yarn and an interweaving point of the adjacent weft yarn and the adjacent warp yarn in a surrounding mode.

As a preferable scheme: two adjacent connecting yarns are mutually interwoven and connected.

A processing method of a novel antibacterial skin-beautifying anti-allergy fabric comprises the following steps:

s1, dyeing the lavender fiber yarn and the blue essence modal fiber yarn;

s2, taking 20-40% by weight of lavender fiber yarn and 60-80% by weight of lanjing modal fiber yarn, and making the yarns into synthetic yarns in a compact spinning mode;

s3, taking 85-95% of synthetic yarn and 5-15% of spandex fiber yarn in parts by weight, and adopting a compact spinning mode to prepare grey cloth yarn;

s4, preparing the grey cloth by using the grey cloth yarn through a plain weaving method;

s5, washing the grey cloth, shaping, and adding the antibacterial auxiliary agent of lavender perfume to prepare the fabric.

As a preferable scheme: in step S4, every time two adjacent warp yarns and two adjacent weft yarns are interwoven, a connecting yarn is woven between the two adjacent weft yarns by a weaving method so that the connecting yarn runs in a wavy manner, and the connecting yarn is wound to pass through an interweaving point between one weft yarn and one warp yarn and an interweaving point between the adjacent weft yarn and the adjacent warp yarn, so as to connect the interweaving points into a whole.

As a preferable scheme: the binder yarn is wound through the interlacing points in a manner such that the binder yarn passes from the front side of the weft yarn back to the back side of the weft yarn, to the back side of an adjacent weft yarn, back to the front side of the warp yarn, and back to the back side of the weft yarn.

Preferably, in the step of S1, the step of dyeing the fiber yarn is:

a. feeding the fiber yarns into a pretreatment solution for soaking, wherein the pH value of the pretreatment solution is 8, the temperature of the pretreatment solution is 75 ℃, and the soaking time is 50 min;

b. washing and drying the fiber yarns, and then twisting and rubbing the fiber yarns to enable the fiber yarns to be electrified;

c. carrying out primary dyeing, namely adding a dye and an ionic additive into a primary dyeing bath, feeding the charged fiber yarns into the primary dyeing solution for dip dyeing at the dye solution temperature of 85 ℃, wherein the bath ratio is 1:8, and carrying out heat preservation dyeing for 60 min;

d. reducing and cleaning, namely conveying the fiber yarns subjected to primary dyeing into a reducing and cleaning box, wherein the temperature of the reducing and cleaning liquid is 35 ℃, and the cleaning time is 30 min;

e. carrying out secondary twisting and secondary dyeing on the dried fiber yarn;

f. and taking out the fiber yarn, reducing, cleaning and drying again, and finally finishing dyeing.

Compared with the prior art, the invention has the advantages that: the fabric is woven by synthetic yarns, yarns of gray fabric are synthesized by lavender fiber yarns, blue essence modal fiber yarns and spandex fiber yarns, and the fabric is natural and harmless, can inhibit pathogenic bacteria and eliminate inflammation, and is smooth in touch and smooth in surface; the product is comfortable to wear, moisture-absorbing, breathable, skin-friendly and anti-allergic, and has antibacterial and skin-beautifying effects; good drapability, difficult pilling deformation and suitability for high-grade clothes, particularly close-fitting clothes, such as underwear.

Drawings

FIG. 1 is a schematic representation of the weave of the warp, weft and binder yarns.

Description of reference numerals: 1. warp yarns; 2. a weft yarn; 3. and connecting the yarns.

Detailed Description

The first embodiment is as follows:

the novel antibacterial, skin-beautifying and allergy-preventing fabric is made of grey cloth, yarns of the grey cloth in the embodiment comprise synthetic yarns synthesized by 20% by weight of lavender fiber yarns and 80% by weight of lanjing modal fiber yarns, the synthetic yarns are woven into the grey cloth in a plain weaving mode, and the fabric is obtained after the treatment such as shaping and the like of the grey cloth.

The lavender fibers contain lavender essence, are natural and harmless, can inhibit pathogenic bacteria and eliminate inflammation, and have a remarkable bacteriostatic action on staphylococcus aureus, escherichia coli and candida albicans; the lavender fibers are soft and smooth in touch and smooth in surface, and can be perfectly combined with various fibers to show the thousands of styles of fabrics. The natural mercerized fabric has the advantages of soft hand feeling, good drapability, comfortable wearing, moisture absorption, air permeability and smooth surface. The synthetic yarn made of the lavender fiber yarn and the lanjing modal fiber yarn combines the advantages of the two fibers, the gray fabric made of the synthetic yarn is soft and smooth in hand feeling, bright in color and luster, skin-friendly and allergy-free, good in drapability, not prone to pilling and deformation, and has the effects of resisting bacteria and beautifying skin.

Example two:

the yarns of the grey cloth in the embodiment comprise synthetic yarns synthesized by 40% by weight of lavender fiber yarns and 60% by weight of lanjing modal fiber yarns, the synthetic yarns are woven into the grey cloth in a plain weaving mode, and the fabric is obtained after the treatment such as shaping of the grey cloth.

Example three:

the yarns of the grey cloth in the embodiment comprise synthetic yarns synthesized by 30% by weight of lavender fiber yarns and 70% by weight of lanjing modal fiber yarns, the synthetic yarns are woven into the grey cloth in a plain weaving mode, and the fabric is obtained after the treatment such as shaping of the grey cloth.

Example four:

the yarn of the raw fabric in this example is synthesized from the synthetic yarn and the spandex fiber yarn in example one, example two, or example three. Wherein the synthetic yarn is 85% by weight, and the spandex fiber yarn is 15% by weight.

Example five:

the yarn of the raw fabric in this example is synthesized from the synthetic yarn and the spandex fiber yarn in example one, example two, or example three. Wherein the weight portion of the synthetic yarn is 95 percent, and the weight portion of the spandex fiber yarn is 5 percent.

Example six:

the yarn of the raw fabric in this example is synthesized from the synthetic yarn and the spandex fiber yarn in example one, example two, or example three. Wherein the synthetic yarn accounts for 90% by weight, and the spandex fiber yarn accounts for 10% by weight.

Example seven:

referring to fig. 1, the grey fabric in this embodiment is woven by warp yarns 1, weft yarns 2 and connecting yarns 3, the warp yarns 1 and the weft yarns 2 are interwoven with each other, the connecting yarns 3 are inserted between two adjacent weft yarns 2 along the length direction of the weft yarns 2, and the connecting yarns 3 pass through the interweaving point of one weft yarn 2 and one warp yarn 1 and the interweaving point of one adjacent weft yarn 2 and one adjacent warp yarn 1 in an up-and-down reciprocating manner.

The connecting yarns 3 can bind the adjacent weft yarns 2 and the adjacent warp yarns 1 to a certain extent, so that the grey cloth can bear larger pulling force in the vertical and horizontal directions, the elasticity is better, the grey cloth can be more easily restored to the previous shape after being pulled, and the grey cloth is not easy to deform; the warp yarns 1 and the weft yarns 2 can be tightened, and burrs and even balls are prevented from being generated due to friction after the warp yarns 1 or the weft yarns 2 are hooked.

In the embodiment, two adjacent connecting yarns 3 are mutually interwoven and connected, so that the overall tensile resistance and pilling prevention performance of the grey cloth can be improved.

Example eight:

a processing method of a novel antibacterial skin-beautifying anti-allergy fabric comprises the following steps:

s1, dyeing the lavender fiber yarn and the blue essence modal fiber yarn;

in this example, lavender fiber yarn and blue modal fiber yarn were dyed separately. The dyeing method comprises the following steps:

a. feeding the fiber yarns into a pretreatment solution for soaking, wherein the pH value of the pretreatment solution is 8, the temperature of the pretreatment solution is 75 ℃, and the soaking time is 50 min;

b. washing and drying the fiber yarns, and then twisting and rubbing the fiber yarns to enable the fiber yarns to be electrified;

after the treatment of this step, not only the fiber yarn can be charged, but also the fibers can be loosened and the distance between the fibers can be increased.

c. Carrying out primary dyeing, namely adding a dye and an ionic additive into a primary dyeing bath, feeding the charged fiber yarns into the primary dyeing solution for dip dyeing at the dye solution temperature of 85 ℃, wherein the bath ratio is 1:8, and carrying out heat preservation dyeing for 60 min;

in the last step, the fiber yarns are charged after being treated, the dye liquor is injected with the ion additive, charged ions in the ion additive are combined with dye molecules, and charges on the fiber yarns and the charged ions attract each other, so that the dye molecules are more easily contacted with the fibers and are stably adsorbed on the fibers under the attraction of the charges; and the fibers become loose due to the previous step of treatment, so that dye molecules can enter the inner layer fibers more easily and can be adsorbed to the inner layer fibers, and the fiber yarns are dyed more uniformly and are not easy to fade.

d. Reducing and cleaning, namely conveying the fiber yarns subjected to primary dyeing into a reducing and cleaning box, wherein the temperature of the reducing and cleaning liquid is 35 ℃, and the cleaning time is 30 min;

e. carrying out secondary twisting and secondary dyeing on the dried fiber yarn;

the fiber yarn obtained after secondary dyeing obtains more uniform and stable dyeing effect.

f. And taking out the fiber yarn, reducing, cleaning and drying again, and finally finishing dyeing.

S2, taking 20-40% by weight of lavender fiber yarn and 60-80% by weight of lanjing modal fiber yarn, and making the yarns into synthetic yarns in a compact spinning mode;

s3, taking 85-95% of synthetic yarn and 5-15% of spandex fiber yarn in parts by weight, and adopting a compact spinning mode to prepare grey cloth yarn;

after the spandex fiber is added, the elasticity of the synthetic yarn can be increased, so that the yarn of the grey cloth can be quickly restored to the initial state after the tension applied to the yarn disappears.

S4, preparing the grey cloth by using the grey cloth yarn through a plain weaving method;

s5, washing the grey cloth, shaping, and adding the antibacterial auxiliary agent of lavender perfume to prepare the fabric.

In this embodiment, in step S4, every time two adjacent warp yarns and two adjacent weft yarns are interwoven, a connecting yarn is woven between the two adjacent weft yarns by a weaving method so that the connecting yarn runs in a wavy manner, and the connecting yarn is wound to pass through an interweaving point between one weft yarn and one warp yarn and an interweaving point between the adjacent weft yarn and the adjacent warp yarn, so as to connect the interweaving points into a whole.

In addition, the connecting yarn is wound through the interlacing points in such a manner that the connecting yarn passes from the front side of the weft yarn back to the back side of the weft yarn, passes to the back side of the adjacent weft yarn, passes back to the front side of the warp yarn, and then passes back to the back side of the weft yarn.

The above description is only a preferred embodiment of the present invention, and the protection scope of the present invention is not limited to the above embodiments, and all technical solutions belonging to the idea of the present invention belong to the protection scope of the present invention. It should be noted that modifications and embellishments within the scope of the invention may occur to those skilled in the art without departing from the principle of the invention, and are considered to be within the scope of the invention.

Claims (9)

1. A novel antibacterial skin-beautifying anti-allergy fabric and a processing method thereof are characterized in that: the fabric is made of grey cloth, and yarns of the grey cloth comprise synthetic yarns synthesized by 20-40% by weight of lavender fiber yarns and 60-80% by weight of lanjing modal fiber yarns.

2. The novel antibacterial, skin-beautifying and allergy-preventing fabric as claimed in claim 1, which is characterized in that: the synthetic yarn is synthesized by 30% by weight of lavender fiber yarn and 70% by weight of lanjing modal fiber yarn.

3. The novel antibacterial, skin-beautifying and anti-allergy fabric according to claim 2, which is characterized in that: the yarn of the grey cloth also comprises spandex fiber yarn, and the yarn of the grey cloth is synthesized by 85-95% of synthetic yarn and 5-15% of spandex fiber yarn in parts by weight.

4. The novel antibacterial, skin-beautifying and anti-allergy fabric according to claim 2 or 3, which is characterized in that: the grey cloth is woven by warp yarns, weft yarns and connecting yarns, the warp yarns and the weft yarns are interwoven with each other, the connecting yarns are inserted between every two adjacent weft yarns along the length direction of the weft yarns, and the connecting yarns vertically and circularly penetrate through an interweaving point of one weft yarn and one warp yarn and an interweaving point of the adjacent weft yarn and the adjacent warp yarn in a surrounding mode.

5. The novel antibacterial, skin-beautifying and allergy-preventing fabric as claimed in claim 4, which is characterized in that: two adjacent connecting yarns are mutually interwoven and connected.

6. A processing method of a novel antibacterial skin-beautifying anti-allergy fabric is characterized by comprising the following steps:

s1, dyeing the lavender fiber yarn and the blue essence modal fiber yarn;

s2, taking 20-40% by weight of lavender fiber yarn and 60-80% by weight of lanjing modal fiber yarn, and making the yarns into synthetic yarns in a compact spinning mode;

s3, taking 85-95% of synthetic yarn and 5-15% of spandex fiber yarn in parts by weight, and adopting a compact spinning mode to prepare grey cloth yarn;

s4, preparing the grey cloth by using the grey cloth yarn through a plain weaving method;

s5, washing the grey cloth, shaping, and adding the antibacterial auxiliary agent of lavender perfume to prepare the fabric.

7. The processing method of the novel antibacterial, skin-beautifying and anti-allergy fabric according to claim 6, characterized by comprising the following steps: in step S4, every time two adjacent warp yarns and two adjacent weft yarns are interwoven, a connecting yarn is woven between the two adjacent weft yarns by a weaving method so that the connecting yarn runs in a wavy manner, and the connecting yarn is wound to pass through an interweaving point between one weft yarn and one warp yarn and an interweaving point between the adjacent weft yarn and the adjacent warp yarn, so as to connect the interweaving points into a whole.

8. The processing method of the novel antibacterial, skin-beautifying and anti-allergy fabric according to claim 7, characterized by comprising the following steps: the binder yarn is wound through the interlacing points in a manner such that the binder yarn passes from the front side of the weft yarn back to the back side of the weft yarn, to the back side of an adjacent weft yarn, back to the front side of the warp yarn, and back to the back side of the weft yarn.

9. The processing method of the novel antibacterial, skin-beautifying and antiallergic fabric according to claim 6, wherein in the step of S1, the step of dyeing the fiber yarn is as follows:

a. feeding the fiber yarns into a pretreatment solution for soaking, wherein the pH value of the pretreatment solution is 8, the temperature of the pretreatment solution is 75 ℃, and the soaking time is 50 min;

b. washing and drying the fiber yarns, and then twisting and rubbing the fiber yarns to enable the fiber yarns to be electrified;

c. carrying out primary dyeing, namely adding a dye and an ionic additive into a primary dyeing bath, feeding the charged fiber yarns into the primary dyeing solution for dip dyeing at the dye solution temperature of 85 ℃, wherein the bath ratio is 1:8, and carrying out heat preservation dyeing for 60 min;

d. reducing and cleaning, namely conveying the fiber yarns subjected to primary dyeing into a reducing and cleaning box, wherein the temperature of the reducing and cleaning liquid is 35 ℃, and the cleaning time is 30 min;

e. carrying out secondary twisting and secondary dyeing on the dried fiber yarn;

f. and taking out the fiber yarn, reducing, cleaning and drying again, and finally finishing dyeing.

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